Intelligent Vehicle Software Platform
Cloud Service Platform
Intelligent Vehicle Software Platform
Hardware Platform
Industrial roadside platform
Fusion Perception Technology
Visual Images and Laser Point Cloud
See the whole through a small part
AI Filter
Driving in Snowy and Foggy Conditions
Precise Cargo Perception

Visual Images and Laser Point Cloud

Visual Image
LiDAR

See the whole through a small part

See the whole leopard through one spot

AI Filter

AI Filter

Driving in Snowy and Foggy Conditions

Snow Driving Capability
Driving in Rainy Weather

Precise Cargo Perception

Precise Cargo Perception
Fusion Positioning Technology

Integrating multiple navigation methods including GPS+SLAM+IMU+DR, the vehicle's high-frequency data is transmitted to achieve signal switching during indoor and outdoor operations. It ensures that when one navigation method fails, there are still more than 2 types of navigation providing data support, with no transition zones, overall smooth and reliable, ensuring normal vehicle operation. Even in ultra-long tunnels, it can still achieve ±1cm positioning accuracy.

Decision and Planning Technology

Based on the fusion of multi-sensor information and driving requirements for task decision-making. Original technologies such as "AI Sunglasses", "AI Filtering", and "AI Model Restoration and Positioning" enable precise perception to meet high-precision perception and accurate cargo handling operations under different weather and environmental conditions.

Control Technology
01Precise Motion Control
02Precise Second-layer Cargo Stacking
03Precise Tunnel Soft Package Stacking
04Pickup from wavy road
Map
Work Task Processing System

The task center compiles the user's transportation needs into tasks that vehicles can execute, passes them to the dispatch system, and ensures that vehicles complete the transportation.

Communication Method

Support 4G, 5G, WIFI and other communication methods to provide stable and efficient data transmission and communication services for autonomous vehicles.

4G Network
In areas where 5G networks are not yet fully covered, 4G networks serve as a backup solution that can provide relatively stable data transmission to meet the basic communication needs of autonomous vehicles.
5G Network
Has characteristics of high bandwidth and low latency, supports large-scale device connections, and can provide support for cooperative driving and intelligent traffic management of autonomous vehicles.
WIFI
In specific scenarios, such as short-distance communication between vehicles and surrounding infrastructure or equipment, WIFI technology can provide high-speed, stable wireless connections to meet the needs of data transmission and collaborative work.